/**
* Returns a File that refers to the item's file/metadata-file.
*
* @param option 0: file, 1: metadata-file
* @return The file/metadata-file of the item
*/
public File getFile(int option) {
if (option != 0 && option != 1) return null;
File itemPath;
String suffix;
if (fileType.equals(TAG_TYPE)) {
if (option != 0) return null;
itemPath = new File(FileIO.getOwnerPath(versionName, ownerId), Recording.TAG_PATH);
itemPath.mkdirs();
String groupId = getId().split("-")[0];
return new File(itemPath, groupId + "/" + getId());
} else if (fileType.equals(SPEAKER_TYPE)) {
itemPath = new File(FileIO.getOwnerPath(versionName, ownerId), Speaker.PATH);
itemPath.mkdirs();
suffix = getSuffixExt(versionName, FileType.METADATA);
return new File(itemPath, getId() + "/" + getId() + suffix);
} else {
itemPath = new File(FileIO.getOwnerPath(versionName, ownerId), Recording.PATH);
itemPath.mkdirs();
if (option == 0) suffix = "." + getExtension();
else if (!(fileType.equals(SOURCE_TYPE)
|| fileType.equals(RESPEAKING_TYPE)
|| fileType.equals(TRANSLATION_TYPE)
|| fileType.equals(SEGMENT_TYPE))) // No metadata for transcript/mapping/preview
return null;
else suffix = getSuffixExt(versionName, FileType.METADATA);
String groupId = getId().split("-")[0];
return new File(itemPath, groupId + "/" + getId() + suffix);
}
}
/**
* Get all of the recording's tags as a map(tagType, tagContent) (Used for fullText-indexing in
* GoogleCloudService)
*
* @return Map of the recording's tags
*/
public Map<String, String> getAllTagMapStrs() {
// List<String> tagStrs = new ArrayList<String>();
Map<String, String> tagStrs = new HashMap<String, String>();
String respeakingId = "";
if (!(fileType.equals(SOURCE_TYPE)
|| fileType.equals(SEGMENT_TYPE)
|| fileType.equals(RESPEAKING_TYPE)
|| fileType.equals(TRANSLATION_TYPE))) return tagStrs;
if (!fileType.equals(SOURCE_TYPE)) respeakingId = getId().split("-")[3];
List<String> selectedVerGroupOwners = new ArrayList<String>();
List<File> groupDirList = new ArrayList<File>();
File indexFile = new File(FileIO.getAppRootPath(), "index.json");
JSONObject indices = null;
try {
indices = FileIO.readJSONObject(indexFile);
} catch (IOException e1) {
// TODO: How to deal with no index-file?
Log.e(TAG, "getRespeakings(): error in reading index file");
indices = new JSONObject();
}
// Collect directories where related respeakings exist form index file
JSONArray verGroupOwnerList = (JSONArray) indices.get(getId());
if (verGroupOwnerList == null) {
// TODO: How to deal with no index-file?
verGroupOwnerList = new JSONArray();
}
for (int i = 0; i < verGroupOwnerList.size(); i++) {
String verGroupOwnerStr = (String) verGroupOwnerList.get(i);
String[] splitVerGroupOwnerStr = verGroupOwnerStr.split("-");
if (!splitVerGroupOwnerStr[0].matches(
versionName)) // tag version needs to match recording version
continue;
File ownerDir = FileIO.getOwnerPath(splitVerGroupOwnerStr[0], splitVerGroupOwnerStr[2]);
File groupDir = new File(Recording.getTagsPath(ownerDir), splitVerGroupOwnerStr[1]);
if (groupDir.exists()) {
selectedVerGroupOwners.add(verGroupOwnerStr);
groupDirList.add(groupDir);
}
}
// Process all the tag files
for (int i = 0; i < groupDirList.size(); i++) {
File groupDir = groupDirList.get(i);
File[] tagFiles = groupDir.listFiles();
for (File tagFile : tagFiles) {
String tagTypeSuffix = "";
String tagStr = "";
String[] splitName = tagFile.getName().split("-");
if (fileType.equals(SOURCE_TYPE) && splitName[2].equals(SOURCE_TYPE)) {
tagTypeSuffix = splitName[3];
tagStr = splitName[4];
} else if (fileType.equals(splitName[2])
&& respeakingId.equals(splitName[3])) { // Respeaking/Interpret
tagTypeSuffix = splitName[4];
tagStr = splitName[5];
} else continue;
String val = tagStrs.get(tagTypeSuffix);
if (val != null) {
tagStrs.put(tagTypeSuffix, val + "|" + tagStr);
} else {
tagStrs.put(tagTypeSuffix, tagStr);
}
// tagStrs.add(tagTypeSuffix + "__" + tagStr);
/*
if(tagTypeSuffix.equals(Recording.SPEAKER_TAG_TYPE)) {
} else if(tagTypeSuffix.equals(Recording.LANGUAGE_TAG_TYPE)) {
} else if(tagTypeSuffix.equals(Recording.OLAC_TAG_TYPE)) {
} else if(tagTypeSuffix.equals(Recording.CUSTOM_TAG_TYPE)) {
}*/
}
}
return tagStrs;
}